Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A display control apparatus for displaying a web page including a first object and a second object, the first object exhibiting an image, the second object exhibiting a link on the web page, the display control apparatus comprising: a display; an acquiring section configured to download information indicating the web page from a server; a first display section configured to display an alternative web page on the display before information indicating the image is downloaded; and a second display section configured to display the web page on the display after the information indicating the image is downloaded, wherein the alternative web page is identical to the web page aside from including a third object instead of the first object, the third object indicating that the image is to be displayed, the second display section displays the first object and the second object such that a display location of the second object on the web page coincides with a display location of the second object on the alternative web page, a linked web page from a link of the first object being displayed when a predetermined operation is executed on the first object, the display control apparatus further comprises a restricting section configured to restrict the linked web page from being displayed until a first condition is fulfilled, when the predetermined operation is executed on the first object, the web page further includes a fourth object exhibiting text, the fourth object includes at least one fifth object exhibiting a link on the web page, the restricting section restricts a linked web page from the link of the fifth object from being displayed until a second condition is fulfilled, when an operation for displaying the linked web page from the link of the fifth object is executed on the fifth object, and the second condition is passage of a predetermined amount of time from a moment when the second display section displays the web page on the display.
A display control apparatus is designed to improve the user experience when loading web pages that include both images and links. The apparatus addresses the problem of delayed content rendering, where images take time to download, causing layout shifts and disrupting the user's interaction with the page. The apparatus includes a display and an acquiring section that downloads web page information from a server. Before the image data is fully downloaded, a first display section shows an alternative version of the web page that replaces the image with a placeholder, ensuring the rest of the page, including links, remains in the correct position. Once the image is downloaded, a second display section updates the display to show the full web page, maintaining the same layout for links and other elements. The apparatus also includes a restricting section that prevents linked web pages from opening until certain conditions are met. For example, if a user interacts with an image or a link within text, the linked content will only load after a predetermined time has passed since the full web page was displayed. This ensures stability and prevents unintended navigation during page loading. The system enhances performance by minimizing layout shifts and controlling when linked content becomes accessible.
2. The display control apparatus according to claim 1 , wherein the first display section displays the third object and the second object arranged in a first direction along a long side of the display, and the second display section displays the second object adjacent to an end of the first object in the first direction.
This invention relates to a display control apparatus for managing and presenting multiple objects on a split-screen display. The apparatus addresses the challenge of efficiently organizing and displaying objects in a multi-display environment, particularly when objects need to be shared or referenced across different display sections. The apparatus includes a first display section and a second display section, each capable of displaying objects. The first display section presents a third object and a second object arranged in a first direction along the long side of the display. The second display section displays the second object adjacent to an end of a first object in the same first direction. This arrangement ensures that the second object is accessible and visible in both display sections, facilitating seamless interaction and reference between the two sections. The first object may be a primary or main object, while the second and third objects are secondary or related objects that need to be displayed in a coordinated manner. The apparatus dynamically adjusts the positioning of objects to maintain visibility and usability across the split display, improving user experience in multi-display applications.
3. The display control apparatus according to claim 2 , wherein the second display section adjusts a size of the first object and displays the first object such that the display location of the second object on the web page coincides with the display location of the second object on the alternative web page.
This invention relates to display control systems for web browsers, addressing the challenge of maintaining visual consistency when navigating between a web page and an alternative version of that page, such as a mobile or simplified layout. The system includes a first display section that shows a web page containing at least two objects, and a second display section that presents an alternative version of the same web page. The second display section dynamically adjusts the size of the first object (e.g., text, images, or interactive elements) to ensure that the second object (e.g., a navigation button or form field) appears in the same relative position on both the original and alternative web pages. This alignment helps users maintain spatial awareness and reduces disorientation when switching between different page layouts. The system may also include a detection mechanism to identify corresponding objects across the two versions of the web page, ensuring accurate positioning adjustments. The invention is particularly useful for responsive web design, where content must adapt to different screen sizes while preserving usability.
4. The display control apparatus according to claim 1 , wherein the second display section displays the second object in the same display location as the second object on the alternative web page.
This invention relates to display control systems for web browsers, specifically addressing the challenge of maintaining visual consistency between a primary web page and an alternative web page when displaying objects. The system includes a first display section for the primary web page and a second display section for the alternative web page. The apparatus detects objects on the primary web page and identifies corresponding objects on the alternative web page. When an object on the primary web page is selected, the corresponding object on the alternative web page is displayed in the second display section. The second display section ensures the object is shown in the same display location as it appears on the alternative web page, preserving spatial context and improving user navigation between related content. This synchronization helps users compare or interact with objects across different web pages while maintaining a consistent visual reference. The system may also adjust the display size or position of the second display section to accommodate the object's placement on the alternative web page, ensuring clarity and usability. The invention enhances user experience by reducing disorientation when switching between related web pages.
5. The display control apparatus according to claim 4 , wherein when the second object overlaps with at least a portion of the first object, the second display section displays the second object over the first object.
A display control apparatus manages the presentation of multiple objects on a display, particularly addressing the challenge of visual clarity when objects overlap. The apparatus includes a first display section for showing a first object and a second display section for showing a second object. The apparatus determines the spatial relationship between the objects and adjusts their display based on this relationship. When the second object overlaps with at least part of the first object, the second display section renders the second object in a visually dominant position, ensuring it appears over the first object. This prevents the second object from being obscured, maintaining visibility and user interaction. The apparatus may also include a detection unit to identify the positions and boundaries of the objects, ensuring accurate overlap detection. The system dynamically adjusts the display to prioritize the second object when overlap occurs, improving usability in applications where multiple objects are displayed simultaneously, such as graphical user interfaces or augmented reality environments. The solution enhances visual hierarchy and interaction efficiency by dynamically managing object visibility.
6. The display control apparatus according to claim 1 , wherein the first condition is passage of a predetermined amount of time from a moment when the second display section displays the web page on the display.
A display control apparatus manages the presentation of web pages on a display, particularly addressing the challenge of efficiently transitioning between different display states to optimize user experience and resource usage. The apparatus includes a first display section and a second display section, where the second display section initially displays a web page. The apparatus monitors a first condition, which is the passage of a predetermined amount of time from when the second display section begins displaying the web page. Upon detecting this condition, the apparatus transitions the display state, such as by switching the web page to the first display section or modifying the display mode. This ensures that the web page is presented in an appropriate manner based on user interaction or time-based criteria, improving usability and system efficiency. The apparatus may also include additional features, such as detecting user input or system events to further refine display control. The solution enhances adaptability in display management, particularly in environments where dynamic content presentation is required.
7. The display control apparatus according to claim 1 , wherein the restricting section restricts a function of the link of the first object.
A display control apparatus manages the interaction between objects in a graphical user interface, particularly focusing on links associated with objects. The apparatus includes a detection section that identifies a first object and a second object in the display, where the first object contains a link to a resource or action. The apparatus also includes a restricting section that limits the functionality of the link in the first object when the second object is detected in proximity to the first object. This restriction prevents unintended activation of the link, ensuring that the user must explicitly interact with the first object to trigger the linked action. The apparatus may also include a display section that visually indicates the restricted state of the link, such as by dimming or graying out the link or displaying a warning message. The restriction can be lifted when the second object is moved away from the first object, allowing normal link functionality. This system is useful in touchscreen or multi-object environments where accidental interactions could occur, improving user control and preventing errors.
8. The display control apparatus according to claim 1 , wherein the restricting section restricts a function of the link of the fifth object.
A display control apparatus manages the display of objects on a screen, including a fifth object that contains a link. The apparatus includes a restricting section that limits the functionality of the link within the fifth object. This restriction prevents the link from being activated or executed, ensuring that the linked content or action is not triggered. The apparatus may also include a display section that presents the objects on the screen, a detection section that identifies user interactions with the objects, and a control section that adjusts the display or behavior of the objects based on the detected interactions. The restricting section may disable the link entirely or modify its behavior to prevent unintended actions. This functionality is useful in scenarios where certain links should be inaccessible, such as in restricted environments or during specific operational modes. The apparatus ensures that the link remains visually present but non-functional, maintaining the user interface's integrity while preventing unauthorized or unintended access to linked resources.
9. A display control method for implementation by a display control apparatus for displaying a web page on a display, the web page including a first object and a second object, the first object exhibiting an image, the second object exhibiting a link on the web page, the display control method comprising: acquiring in which information indicating the web page is downloaded from a server; primarily displaying an alternative web page on the display before information indicating the image is downloaded; and secondarily displaying the web page on the display after the information indicating the image is downloaded, wherein the alternative web page is identical to the web page aside from including a third object instead of the first object, the third object indicating that the image is to be displayed, in the secondarily displaying, the first object and the second object are displayed such that a display location of the second object on the web page coincides with a display location of the second object on the alternative web page, a linked web page from a link of the first object being displayed when a predetermined operation is executed on the first object, and the linked web page from the link of the first object is restricted from being displayed until a first condition is fulfilled, when the predetermined operation is executed on the first object, the web page further includes a fourth object exhibiting text, the fourth object includes at least one fifth object exhibiting a link on the web page, the restricting section restricts a linked web page from the link of the fifth object from being displayed until a second condition is fulfilled, when an operation for displaying the linked web page from the link of the fifth object is executed on the fifth object, and the second condition is passage of a predetermined amount of time from a moment when the second display section displays the web page on the display.
This invention relates to a display control method for optimizing the rendering of web pages on a display, particularly addressing the issue of delayed content loading due to slow image downloads. The method is implemented by a display control apparatus that manages the display of web pages containing both image-based objects and interactive links. When a web page is downloaded from a server, the system initially displays an alternative version of the web page before the image data is fully loaded. This alternative page is identical to the original except that it replaces the image object with a placeholder indicating that the image will be displayed later. Once the image data is downloaded, the system transitions to displaying the full web page, ensuring that the positions of all interactive links remain consistent between the alternative and final versions. The method also includes restrictions on link navigation: links within the image object and text-based links are initially disabled until specific conditions are met. For the image object, navigation is restricted until a first condition is fulfilled, such as the image being fully loaded. For text-based links, navigation is restricted until a predetermined time has passed since the full web page was displayed. This approach ensures a smoother user experience by preventing interactions with incomplete content while maintaining the structural integrity of the page layout.
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November 24, 2020
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